Units

This unit delivers the initial scientific, professional and clinical radiographic knowledge that will be foundational in subsequent Radiographic Science and Practice units as you progresses along the Novice to Expert continuum of developmen…

You will continue your anatomy study starting with the soft and bony structures of the vertebral column, followed by the thorax and thoracic contents. The early stages of embryo development are explored. You will be introduced to the princi…

In this unit you will develop your existing knowledge of digital imaging systems and angiography from Semester 1. You will learn about evidence-based practice and basic research principles, digital health and the health care needs of vulner…

The focus of this unit is mobile imaging, trauma imaging, paediatrics, geriatrics and radiography of the head, including dental. It also facilitates the ongoing development of broader general radiographic skills of the appendicular and axia…

In this unit you will study the anatomy and physiology of major body systems. Anatomy practicals enhance your understanding of these systems. Lectures and workshops explore a range of pathologies that are known to occur in these body system…

This unit includes the study of the structure and function of the skull, brain and surrounding structures. You will investigate cranial nerves and anatomy & physiology associated with vision. You will analyse a range of pathologies in relat…

In this unit, you will learn and examine the principles and applications of different neuroimaging approaches in neuroscience and neurological research. The unit will enable you to propose and evaluate the formulation of a research study wi…

In this unit, you will advance your knowledge and skills in key areas of radiographic and sonographic practice. Building on your previous learning, you will explore five interconnected themes: Sonographic Practice and Science, Radiographic…

Through completing this unit, you will develop an understanding of the principles and techniques behind effective and safe computed tomography (CT) imaging. The unit will enable you to compare different systems and the reconstruction method…

This unit delivers theoretical and practical knowledge in abdominal ultrasound that also forms a foundation for subsequent ultrasound studies in RAD3042 and RAD4080. The unit introduces you to the requisite knowledge required to perform an…

In this unit, you will explore the fundamental physical principles and clinical applications of Magnetic Resonance Imaging (MRI). You will learn how MRI compares with other diagnostic imaging techniques and develop knowledge of the magnetic…

Students enrolled in the Bachelor of Radiography and Medical Imaging must complete the placement in order to satisfy the professional requirements that a period of supervised practice be completed prior to graduation and application for reg…

Supervised participation in a research project in medical imaging. An in depth consideration of the moral and ethical issues surrounding research, sources of information, quantitative and qualitative research methods and current trends in r…

Element one provides you with the opportunity to undertake directed in depth study in one of the following specialities: medical ultrasound, advanced multislice CT, advanced paediatric imaging or MR imaging of the heart. Element two builds…

You will be equipped with knowledge and skills in advanced Multi-slice Computed Tomography, Magnetic Resonance imaging methods, radiographic image interpretation and advanced decision making with respect to interprofessional communication a…

Diagnostic radiography requires a detailed knowledge of anatomy, patient positioning, the equipment used, radiation safety and quality assurance, technique, and patient care. This course is the first in a series of Diagnostic radiography co…

Diagnostic radiography requires a detailed knowledge of anatomy, patient positioning, the equipment used, radiation safety and quality assurance, technique, and patient care. This course is the first in a series of Diagnostic radiography co…

This course introduces the principles of safe and ethical medication use in medical radiation clinical practice. Students will learn about drug classifications, pharmacokinetics, and administration, alongside strategies for managing patient…

Knowledge of radiations physics and instrumentation is essential to clinical practice in medical radiations. This course builds on the concepts introduced in Medical Radiation 1 and broadens your knowledge in radiation physics for the strea…

This course will provide you with the knowledge required to enable you to identify anatomical structures and underlying pathologies, utilising image datasets that have been acquired from a range of diagnostic imaging modalities. It will bui…

On completion of this course, you will be able to demonstrate understanding of the methods and strategies that promote the uptake of research findings into practice. You will learn to identify areas of research and/or learning in the clinic…

This course will introduce the underpinning physics theory for computed tomography (CT) imaging & its applications. All technical CT aspects related to the clinical applications including image quality will be covered in this course. Partic…

This course will introduce you to the fundamentals of advanced imaging and treatment modalities that are used across all divisions of medical radiation practice for the diagnosis and treatment of many patient conditions. These imaging modal…

Medical Radiation is progressing into innovative and advanced areas of diagnosis and treatment. In this course, you will be introduced to some of these emerging and innovative technologies and their use in advancing patient diagnosis and im…

Building on your learning from Evidence-based Practice & Implementation Science RADI1226 you will develop an understanding of the ethical principles and scientific methodologies guiding the areas of research identified in RADI1226. You will…

In this course you will undertake 12 weeks of Work Integrated Learning (WIL) only. There will be no on campus learning and you will undertake this course entirely in a clinical department relevant to your program plan. During this placement…

In this course you will undertake your final 12 weeks of Work Integrated Learning (WIL). There will be no on-campus learning and you will undertake this course entirely in a clinical department relevant to your program plan. This will be su…

In this course, you will develop a research question relevant to your division of practice and build a project with measurable outcomes. You will collect data for your research question and develop your skills in conducting a range of basic…

Computed Tomography (CT) is an essential imaging modality that requires an understanding of patient preparation, clinical decision-making, protocol selection, image acquisition, radiation safety, image processing, and patient care. In this…

This course will introduce you to the advanced imaging modalities of Magnetic Resonance Imaging (MRI) and Ultrasound (US) and their application in Diagnostic Radiography. You will learn the principles of MRI and US systems and MRI and US Ph…